
Over three months, contributed to RISDxNASA-SUITS/SUITS-25 by building core backend and frontend features supporting mission-critical dashboard and mapping tools. Developed UDP-based remote command control and point-of-interest management in Java, enhancing system configurability and reliability. Introduced real-time pressure visualization and environmental state monitoring using React and TypeScript, while refactoring code for maintainability. Led a dashboard UI revamp with reusable, modular gauge components and a card-based layout, enabling scalable display of system metrics. Extended mapping capabilities with new POI types and integrated alert infrastructure, focusing on proactive issue detection. Emphasized code quality, modular architecture, and collaborative, peer-reviewed development practices.
May 2025 focused on delivering a scalable, reusable dashboard UI, extending mapping capabilities, and laying the groundwork for alert-driven operations. Key work centered on delivering a Dashboard Gauge UI Revamp with a modular, card-based layout, introducing reusable gauge components and a cohesive set of gauge and readout cards, enabling display of multiple tank levels, pressures, and system metrics. Also added LTV POIs on the map with state management and UI integration, and established alerts infrastructure with scaffolding, utilities, and tests to support proactive issue detection. All efforts contributed to faster iteration, improved maintainability, and clearer situational awareness for operators and decision-makers.
May 2025 focused on delivering a scalable, reusable dashboard UI, extending mapping capabilities, and laying the groundwork for alert-driven operations. Key work centered on delivering a Dashboard Gauge UI Revamp with a modular, card-based layout, introducing reusable gauge components and a cohesive set of gauge and readout cards, enabling display of multiple tank levels, pressures, and system metrics. Also added LTV POIs on the map with state management and UI integration, and established alerts infrastructure with scaffolding, utilities, and tests to support proactive issue detection. All efforts contributed to faster iteration, improved maintainability, and clearer situational awareness for operators and decision-makers.
April 2025: Delivered key system monitoring enhancements and codebase cleanup for RISDxNASA-SUITS/SUITS-25, enabling reliable EVA state management, UDP communication, and real-time pressure visualization, while reducing technical debt.
April 2025: Delivered key system monitoring enhancements and codebase cleanup for RISDxNASA-SUITS/SUITS-25, enabling reliable EVA state management, UDP communication, and real-time pressure visualization, while reducing technical debt.
March 2025 monthly summary for RISDxNASA-SUITS/SUITS-25: Delivered two core features enabling UDP-based remote command control and POI-driven configuration, with initial reliability enhancements and structured POI management. No major bugs were reported within the provided scope. The work enhances mission operability, remote control reliability, and system configurability, while demonstrating solid networking, data modeling, and code organization.
March 2025 monthly summary for RISDxNASA-SUITS/SUITS-25: Delivered two core features enabling UDP-based remote command control and POI-driven configuration, with initial reliability enhancements and structured POI management. No major bugs were reported within the provided scope. The work enhances mission operability, remote control reliability, and system configurability, while demonstrating solid networking, data modeling, and code organization.

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